With the rapid development of deep learning technology, its applications in various fields are also increasing. In addition to making gratifying progress in traditional image classification, speech recognition, text c...
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Videos shot in low-light environments suffer from low contrast and high noise. In this paper, an improved zero-reference low-light enhancement technique for videos based on the Retinex model is presented. The proposed...
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The proceedings contain 35 papers. The special focus in this conference is on Advances in Information and Communication technology. The topics include: A Real-time Crowd Density Level Detection System;an Architecture ...
ISBN:
(纸本)9783031508172
The proceedings contain 35 papers. The special focus in this conference is on Advances in Information and Communication technology. The topics include: A Real-time Crowd Density Level Detection System;an Architecture for More Fine-Grained Hidden Representation in Named Entity Recognition for Biomedical Texts;application of Deep Learning Methods for Forest Fire Intelligent image Processing;choosing Data Points to Label for Semi-supervised Learning based on Neighborhood;classification of Fermentation Levels of Cacao Beans (Theobroma cacao L.) Using Sensing technology and Neural Networks;DCDynUnet: Deep Supervision Attention Context for Brain Segmentation;enhancing Wildfire Detection Using Semi-supervised Fuzzy Clustering on Satellite imagery;Evaluating the Performance of Some Deep Learning Model for the Problem of Emotion Recognition based on EEG signal;a Novel Arm Bone Fracture Detection Using Deep Learning;feature Reduction for Interpretability of Neuro-Fuzzy Classifier;improved Accuracy of Path System on Creating Intelligence Base;the Vehicle Routing Problem with Drones for Fresh Agricultural Products;ViT-SigNet: Combining Deep CNN and Vision Transformer for Enhanced Signature Verification;combining Local Search and Multi-objective Optimization Algorithm in signalized Intersection Optimization;Comparative Evaluation of PRR and PODA Methods for Model Order Reduction in Electrical Circuits;data-Driven Narratives: Unleashing the Potential of R for Journalistic Storytelling;dynamic Analysis of Capsubot Model in Liquid Environment by Numerical Method;genetic Programming–A Preliminary Study of Knowledge Transfer in Mutation;improvement of Spectral Clustering Method in Social Network Community Detection;a Systematic Review of Artificial Intelligence in Geographic Information systems;probable Characteristics of Multi-channel Queuing systems with "Impatient" and "Patient" Claims.
This study aims to explore deep learning-basedimage target recognition methods to improve the performance of target detection and classification in the field of computer vision. The experiments use satellite-acquired...
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In this paper, we design a convolutional neural network based on the ideas of depthwise separable convolution and inverted residual module. The scaling factor of BN layer is used as a measure for channel pruning of th...
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Acquiring remote sensing (RS) images with high pixel resolution quickly and easily in geographic information systems is extremely important. Existing Convolutional Neural Network (CNN) models generally construct a net...
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The application of wireless Ad-Hoc network technology in urban rail transit can improve the performance of urban rail transit vehicle-ground communication systems and is more conducive to meeting the demand of next-ge...
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With rise in urbanization there has been an increase in traffic density, resulting in various traffic related issues like traffic congestion and increased air pollution. Hence traffic issues are one of the biggest iss...
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Aiming at the problems of image encryption algorithm in terms of security and encryption effect, an image encryption algorithm based on multiple chaotic maps and DNA encoding is proposed. First, using Logistic map to ...
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This paper explores the increasing demand for accurate and resilient multi-sensor fusion techniques, particularly within 3D tracking systems enhanced by drone technology. Employing the adaptive kernel Kalman filter (A...
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ISBN:
(纸本)9798350371420;9781737749769
This paper explores the increasing demand for accurate and resilient multi-sensor fusion techniques, particularly within 3D tracking systems enhanced by drone technology. Employing the adaptive kernel Kalman filter (AKKF) methodology within the Stone Soup framework, our research seeks to develop robust fusion approaches capable of seamlessly amalgamating data from a multi-sensor arrangement with fixed ground sensors and dynamic sensors mounted on drones. By capitalising on the adaptive nature of the AKKF, we aim to refine the precision and dependability of 3D object tracking in intricate scenarios. Through empirical evaluations, we illustrate the effectiveness of our proposed AKKF-based fusion strategies in enhancing tracking performance within the Stone Soup framework, thus contributing to the advancement of multi-sensor fusion methodologies within this framework.
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